Medical Emergencies and Trauma Care Flashcards

What percentage of patients in the pre-hospital environment complain of pain?

Answer: 20%

While pain is a common complaint, studies and clinical observations in the pre-hospital environment indicate that a significant, but not overwhelming, percentage of patients present with pain. The figure of 20% represents a common estimate found in research regarding the prevalence of pain complaints among patients encountered by EMS. This highlights that while pain management is important, it's not a universal complaint across all calls.

Which of the following is considered a barrier to pain management in the prehospital environment?

Answer: Difficult vascular access

In the pre-hospital environment, several factors can hinder effective pain management. Difficult vascular access, particularly in pediatric patients or those with trauma, can delay or prevent the administration of intravenous pain medications, which are often the most effective route for rapid relief. Other options like ability to assess pain or high pain scores are reasons to manage pain, not barriers, and immediate transport doesn't inherently prevent pain management.

Which of the following would be considered a means to overcome pain management barriers?

Answer: Offline protocols

Offline protocols, also known as standing orders, empower prehospital providers to administer certain medications or perform procedures without direct online medical control consultation. For pain management, having clear offline protocols allows AEMTs to initiate pain relief more quickly and efficiently, overcoming potential delays associated with contacting medical control for every patient. This streamlines care and reduces barriers to timely treatment.

Which of the following is considered an immediate benefit of pain control and additionally provides a calming effect?

Answer: Improvement in the patient’s respiratory effort

Effective pain control, especially with appropriate analgesics, can lead to a calming effect and reduce the physiological stress response associated with pain. This can result in improved respiratory effort, as the patient may be less anxious, able to breathe more deeply, and experience less splinting due to pain. While immediate administration is good, and vital signs might change, improved respiratory effort is a direct physiological benefit and calming effect.

What is a long-term benefit of pain control for pediatric patients?

Answer: Decreased incidence of post-traumatic stress

Effective pain control in pediatric patients is crucial not only for immediate comfort but also for long-term psychological well-being. Uncontrolled or severe pain, especially during traumatic events, can be a significant stressor that contributes to the development of post-traumatic stress disorder (PTSD) in children. By adequately managing pain, healthcare providers can mitigate the psychological impact of injury or illness, thereby reducing the risk of long-term psychological sequelae like PTSD.

Which of the following route is NOT a means to administer fentanyl?

Answer: Intramuscular

Fentanyl is a potent opioid commonly administered in pre-hospital settings for rapid pain management. While it can be given via intravenous (IV), intranasal (IN), and transmucosal (e.g., buccal, sublingual) routes for quick absorption and effectiveness, intramuscular (IM) administration is generally not a preferred or common route for fentanyl. IM absorption can be slower and less predictable compared to other routes, making it less ideal for rapid pain control with this specific medication.

Which of the following would be considered a contraindication to administering pain medication to a pediatric patient?

Answer: Glascow Coma Score

The Glasgow Coma Scale (GCS) is a critical assessment tool used to evaluate a patient's level of consciousness. A low or declining GCS score indicates altered mental status, which is a significant contraindication for administering pain medications, especially opioids, to pediatric patients. Opioids can depress the central nervous system and respiratory drive, potentially worsening an already compromised neurological state and making it difficult to monitor changes in consciousness.